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The paper reviews a dynamic storage distribution based on cloud technology in data processing centers. The method is proposed for the dynamic distribution of the users' data among storage devices with various characteristics depending on the intensity of the data use. The method provides more efficient use of the storage resources by the users.

The paper defines thecondition of allocatingcomputing resources forData Center users or joining new users. In this case, the problems solved at Data Center considered equally complex, and a model of time change is developed, which is spent for the problem solution depending on the possible quantity of parallel processors to solve one problem. The relationship between the time spent on problem solution and the number of parallel processors is defined as a hyperbolic function. Consequently, the condition of allocating resource for a new user at Data Center is defined.

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The present paper gives analytical expression of relation between gravity force on the polished rod and power consumption of the electric motor from the power line with allowance for parameters of the pumping unit, allowing one to build a dynamometer card of sucker rod pump based on the obtained wattmeter card.